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- Hemant Nandrajog.
To seek top position in design and development department of the company for personal growth coupled with organizational and team growth utilizing knowledge base and personal experience.
| Strength | Weakness | Opportunities | Threats |
|---|---|---|---|
| Will power | Domination | Work as leader in corporate companies | Expectations from other can make them demotivated |
| Self motivated | Workaholic | Can excel in R&D environment | High self esteem |
| "Nothing is Impossible" attitude | More inclined to practical experience than stress on theory | Work in diversified field | |
| Self Confident | Less persuasion | Can grow consistently | |
| Technical Grasping Power | More expectations from others | Better prospect with attitude for risk taking | |
| Team Building | Passionate about work in hand | Can actively pursue goals and dreams | |
| Multidisciplinary exposure | |||
| Innovative |
S Service
T Teamwork
I Innovation
R Respect
R Results
Company: Hitachi, Ltd., Automotive Systems, Japan
Duration: Since November 2003 (Current Employer)
Job Profile: Working as an Electronic hardware Design Engineer in 1st Electronic Device Design department of Engine Management System division.
During the work duration have worked on various projects involving control unit design for transmission and engine systems, few of which are explained below:
Duration: January 2004 to September 2007
Description: Design and development of electronic control unit for solenoid-based 6+1 geared dual (twin) clutch type transmission system for Nissan GT-R.
Role: Design Engineer in Hardware Group
Work Profile:I was involved in the project for the complete cycle of the project that is from quotation to mass production as a hardware design engineer. Hardware design team consisted of total of three people including me, with two people responsible for design and development and one person for management. Work involved was preparing quotation, design, analysis, and testing of the control unit and its components, preparation of documents as per customer design standards along with internal design standards. The details of few of the tasks are explained below:The design process involved:
Our team was responsible for providing the design team with layout and routing requirements which involved:
This phase involved development of test equipment and testing of control unit and its software. Some of the tasks involved were:
In case of new component being used following steps are taken for the procurement:
This project involved collaboration with various other in-house teams like software, quality and assurance , production, PCB design, and device procurement teams, Customer teams, sales and technical support teams of component suppliers like Texas Instrument, Nissei Electronics, etc
Duration: June 2007 ~ till date
Description: Design and development of electronic control unit for 4 cylinder direct injection gasoline engine and new custom IC for DIG functions.
Work Profile: The steps and work involved in this project are similar to the one involve in the DCT AMT control unit development process except the circuit is different. In addition to the above-mentioned work, this project involved development and testing of a new custom IC to carry out the specific functions like generating boost voltage, current control of Injectors and High Pressure pump. Presently this project is in third phase of development and IC is in second cut stage. Work involved with respect to IC is testing of the IC as per specifications designed by our in-house IC Development team and surge, EMC, and EMI testing as per ISO/IEC/MIL and specific customer standards.Duration: October 2004 ~ March 2005
Description: Design and development of prototype electronic control unit for motor control based hybrid active shift transmission.
Work Profile: Again this project involved similar steps and work like DCT AMT control unit development process except the circuit is different and required development of only one prototype. In addition to the above-mentioned work, I developed the hardware check software for the microcontroller.from Department of Instrumentation and Control Engineering of Government College of Engineeeing Pune, Pune University
From Vivekanad Education Society Polytechnic, Mumabi of Maharashtra State Board of Technical Education
This project was aimed to develop a well-equiped laboratory with Advanced Automation Systems in the department of Instrumentation and Control of Government College of Engineering, Pune.
The project included:
Under this project, the installation and commissioning of the following system was done in Industrial Automation Training Centre
The aim of this project was to demonstrate a secured method of controlling a plant via internet.
The project work incuded included:
In the industry today, in remote automation i.e. for distributed control systems or SCADA systems, there are thousands of wire that has been routed kilometers from field to control system which costs lakhs of rupees to industries. The E-Instrumentation plan aims to reduced the number of wires to only few wires or even none (wireless), and also remove the barrier on limitation on distance of remote terminal and plant. E-instrumentation helps the plant supervisors and managers to access monitor and even control their plant anywhere in the world irrespective of the location of their plant and that too with secure communication from supervisor to plant.
The system consists of 3 subsystems as follows
The basic application of the system is to provide Remote Automation. As per plan to achieve this we have to install a web server in control room and then that computer is connected to Internet. But this system can be used to achieve the following target.
As we told earlier that e-instrumentation could reduce the wiring to few or even none this is how we can do it.
Present Remote Automation System:In recent situation the wires from the field are routed to the control system, many hundreds and thousands of wire are routed to main controllers in the control room. This cost lacs of rupees and due to this the distance of control room and actual field is also limited because as distance increases the cost of wiring also increases.
Remote Automation with E-Instrumentation:In this system, we can have main controllers in the field itself connected to the control computer and web server in the field itself and then this web server can be connected to a modem Ethernet line or may be a transreceiver. And end terminal i.e. can be anywhere will connect to the web server through Internet or Ethernet line or wireless transreceiver. So this reduces the wiring by thousand times and so is the cost reduced.
The aim of the project was to develop an experimental kit that will help the students to physically construct the ladder diagrams and to understand the operation of the same. The kit consisted of relays, switches, Leds and timers, which have to be wired by the student to perform the logic.
It is being used as an experimental setup for the Diploma students.
In today's world soft skills are equally important apart from institute curriculum.
Keeping in view of it; I have acquired following technical and software skills:
| i. | Circuit Design Softwares | : | Zuken's System Designer, ORCAD |
| ii. | Simulation Softwares | : | B2SPICE, LTSPICE, MATLAB (SIMULINK) |
| iii. | Assembly languages | : | Renesas's 32 bit SH series, 8085, 8086, 8051 |
| iv. | Programming Languages | : | Visual Basic for Appliction, Visual Basic, C, BASIC, VHDL |
| v. | Web Designing and Development | : | HTML, PHP, MySQL, ASP |
| Related Software | : | MS FrontPage, MS Visual Interdev, Flash, Macromedia Dreamweaver. | |
| vi. | Database Management | : | SQL, MS Access |
| vii. | Application Software's | : | MS Office, AUTOCAD, ORCAD, Electronic Workbench. |
| viii. | Operating Systems | : | Windows (95/98/NT/2000 Server), Linux(Suse, Ubuntu) |
I am always enthusiastic to participate and contribute to various events, which help in information exchange.
The details of such participation is listed below:
I am always enthusiastic to participate and contribute to various events, which help in information exchange.
The details of such participation is listed below:
In the hectic schedule of curriculum and other technical and non-technical activities, I keep myself relaxed and energetic with the help of sports.
I have won following awards in sports:
| 1) | Full Name | : | Hemant Gulshan Nandrajog |
| 2) | Date of Birth | : | 21st October 1981 |
| 3) | Email Address | : | |
| 4) | Present Postal Address | : | A-410, Yuukou Ryou, Tabiko 1477-2, Hitachinaka-shi, Ibaraki-ken, Japan 3120063 |
| 5) | Permanent Postal Address | : | Flat 701, Classic Residency, Plot 32, Sector 42-A, Nerul, Navi Mumbai, Maharashtra, India 400706 |
| 6) | Telephone Numbers | : | India: (+91) 9833995283 (till 5th May 2008) Japan: (+81) 9025382137, (+81) 292741527 |
| 1) | Email Address | : | |
| 2) | Telephone Numbers | : | India: (+91) 9833995283 (till 5th May 2008) Japan: (+81) 9025382137, (+81) 292741527 |
| 3) | Present Postal Address | : | A-410, Yuukou Ryou, Tabiko 1477-2, Hitachinaka-shi, Ibaraki-ken, Japan 3120063 |
| 4) | Permanent Postal Address | : | Flat 701, Classic Residency, Plot 32, Sector 42-A, Nerul, Navi Mumbai, Maharashtra, India 400706 |
